CleanLine™ ASE Filter and Laser Systems滤波及激光系统
Ondax CleanLine™ Series ASE Filter Systems are a family of tightly integrated, pre-aligned, multi-element ASE Filter Modules designed to provide the enhanced narrow band, low noise, ASE-free laser performance required for ultra-low-frequency (low wavenumber) Raman spectroscopy, and other demanding spectroscopy or metrology applications. Incorporating our NoiseBlock™ ASE Suppression Filters and configured for fast, easy alignment and use with our SureBlock™ XLF Series Raman Filter Systems, the CleanLine™ family is based on our proprietary solid-state, ultra-narrow band Volume Holographic Filter technology, delivering unlimited lifetime, exceptional throughput, and ultra-stable environmental performance.
The CleanLine™ FS free-space filter system is an ultra-compact (3” or 75mm) filter system with integrated alignment irises and a built-in wavelength fine-tuning adjustment. The CleanLine™ LM-FS incorporates a SureLock™ LM Series wavelength-stabilized laser module along with a CleanLine™ FS. And the CleanLine™ LM-FC includes an optical isolator and various fiber-coupling options – making the CleanLine™ easily configurable for turn-key integrationinto your experiment, instrumentation, or Raman spectroscopy system.
Available for standard wavelengths of 785nm, 532nm, and 405nm. Custom wavelengths are available upon request.
Features
Exceptional ASE Suppression
better than -80db below laser line
Stable, ultra-narrowband performance
0.1nm bandwidth, Δλ =10pm/°C
Applications
Ultra-low frequency Raman spectroscopy
High resulotion metrology /spectroscopy
Specification | 405nm | 532nm1 | 785nm | Unit |
---|---|---|---|---|
ASE Suppression (below laser line), typical | -80 | -80 | -80 | db |
Throughput1 (free space version), min/typical | 55/60 | 65/70 | 70/75 | % of incoming power |
Temperature Stability | 10 | 10 | 10 | pm/°C |
1CleanLine FS (free space) only. Throughput specifications do not include isolator or fiber coupled versions. Call for specifications on specific wavelengths or configurations.